Understanding the Relationship Between Natural Habitat Loss and Urban Development in Irbid Governorate Cover Image

Understanding the Relationship Between Natural Habitat Loss and Urban Development in Irbid Governorate
Understanding the Relationship Between Natural Habitat Loss and Urban Development in Irbid Governorate

Author(s): Anne A. Gharaibeh, Tareq N. Aldela’a
Subject(s): Environmental Geography, Environmental interactions
Published by: Scientia Moralitas Research Institute
Keywords: Habitat loss and Fragmentation; greenway planning; rural development; Jordan;
Summary/Abstract: The global population has grown rapidly, causing urbanization and rural habitat loss. Current research investigates the causes for habitat loss and fragmentation in the Bani-Kinanah County, Irbid, Jordan. It defines loss and fragmentation as natural or anthropogenic separation of green land. It also examines decision-makers' challenges and proposes greenways to reduce habitat loss and fragmentation. The study utilized snowball sampling to interview decision-makers and ArcGIS software to digitize aerial photographs. A literature review and criteria analysis determined greenway and green corridor locations. The study compared digitized aerial photos from 2005 and 2021 for several villages to assess built-up areas, street construction, and ecological natural corridors. Agricultural footprints were also examined. Interviewing the decision-makers revealed that habitat loss and fragmentation are attributed to physical and non-physical factors. they suggested modifications to natural habitat regulations and laws, public awareness of their importance and the causes of fragmentation, and physical interventions to minimize negative effects to prevent habitat fragmentation and loss. This study provides a foundation for understanding habitat fragmentation and loss and proposing solutions. The study recommends community involvement and collaboration with nature/environmental associations to monitor and prevent changes. It also proposes greenways and green corridors to sustain natural habitats.

  • Page Range: 29-42
  • Page Count: 4
  • Publication Year: 2023
  • Language: English